Type A Cage for Layer Hens: Specs, Cost & When to Choose It

A Type A layer cage is a manual, A-frame battery cage for commercial egg production. It costs less to install than a fully automatic H-type system because feeding, watering and egg collection are done by hand or with basic mechanical aids instead of motorized lines.

What a Type A Cage Actually Is

The “A” refers to the frame shape, not a brand or a grade. Cages are stacked in a stepped, A-frame arrangement rather than the vertical, straight-tier stacking used in H-type systems. This layout puts every tier at a slight forward angle, which lets eggs roll down to a collection channel by gravity instead of needing a mechanized belt.
That single design choice is what keeps the Type A cage in the “cost-effective manual” category. Feeding troughs and water lines can still be run along the front of each tier, but the core labor tasks — daily egg collection, manure scraping, spot cleaning — are typically done by farm staff walking the aisles rather than by an automated system moving the whole house at once.
Type A vs H-Type Automatic Cage: Side-by-Side
The honest answer to “which one should I buy” depends less on flock size alone and more on how much labor cost you’re trying to remove. Here’s how the two systems compare on the factors that actually drive a buying decision.

Two things stand out here. First, Mugong’s own catalog doesn’t publish detailed tier counts or frame dimensions for the Type A cage — if that level of detail matters for your project planning, you’ll need to request it directly rather than assume it matches the H-type numbers. Second, the wire mesh distinction matters more than it looks: aluminized-zinc coating is only confirmed for the H-type line in the current catalog, so don’t assume the same corrosion rating applies to A-type units without confirming it in your quote.

What Drives the Cost Difference

Published market-reference figures for fully automatic layer systems give a useful cost anchor, even though they’re not a Mugong-specific quote for the A-type cage:

• A fully automatic H-type battery cage system typically runs about $15–25 per bird capacity, equipment and housing included.
• A 10,000-bird layer cage project generally lands between $18,000 and $32,000, depending on automation depth and steel specification.
• A 20,000-layer fully automatic system usually needs $35,000–$120,000 in total equipment investment, depending on how much automation is built in.

Type A cages don’t have a published price range in Mugong’s materials, largely because the manual labor content varies so much by market — feed and water line configuration, whether egg collection is fully manual or semi-mechanized, and local wire mesh sourcing all move the number. If cost is your deciding factor, request a quote rather than working from a placeholder figure; the gap between a bare-bones manual setup and a semi-automated A-type variant can be wide enough to change your ROI math.

A Common Misreading of “Manual”

The mistake worth flagging: some buyers assume Type A cages are only viable for very small operations under a few thousand birds. That’s not accurate. A-frame manual cages are used at commercial scale in markets where labor cost is low relative to equipment financing cost, or where a farm is phasing in automation gradually — starting with a manual pullet or grower stage, then moving hens into an automated H-type layer system once they reach production age. Treating Type A as strictly a “small farm” product can lead to overbuying automation you don’t yet need, or underbuying it when local labor rates make automation the cheaper long-run option.

How to Decide Between the Two

1. Calculate your local daily labor cost for a 10,000-bird house doing manual feeding, watering and egg collection, and compare it against the automation premium for an H-type system over a 5-year horizon.
2. Check your climate control needs. H-type systems bundle climate control into the automated package; Type A setups usually require that to be sourced and installed separately.
3. Confirm wire mesh grade in writing. Don’t assume aluminized-zinc corrosion resistance applies to a Type A quote unless it’s specified.
4. Match the cage to your growth stage, not just your budget. A manual system for pullets feeding into an automatic layer house is a common hybrid, not a compromise.
5. Request project-specific dimensions. Since detailed A-type tier and height specs aren’t published, get them confirmed before you finalize house construction plans.

Compared with the general product pages most manufacturers publish for A-type cages — which tend to describe the frame concept without giving side-by-side automation or cost context — the comparison above is meant to answer the “should I even consider this” question, not just the “what is it” one.

FAQ

Q: Is a Type A cage less durable than an H-type cage?

A: Durability depends primarily on wire mesh grade and steel spec, not the frame shape itself. Confirm the mesh coating in your quote rather than assuming it matches the H-type’s aluminized-zinc rating.
Q: Can I mix Type A and H-type cages in the same farm?

A: Yes — using Type A for pullet/grower stages and H-type for layer production is a common phased-automation approach.
Q: Does Mugong publish exact Type A cage dimensions?

A: Not currently. Tier count and frame dimensions aren’t listed in the public catalog; request them directly for project planning.

Where a system needs to scale past 10,000 birds with full automation from day one, it’s also worth reading how a complete turnkey layer project is scoped end to end, since equipment choice is only one part of that decision.